Samsung QD-OLED Panel 2025
Samsung Display said a new QD-OLED panel designed for 2025 TVs will be 30 percent brighter than last year’s panel, reaching a peak brightness of more than 4,000 nits.
Samsung’s QD-OLED Will Be the Brightest Display Yet
Samsung Display, which produces QD-OLED panels for Samsung Electronics and Sony TVs, announced this decision before CES 2025.
Samsung’s new QD-OLEDs are some of the brightest OLED panels currently available. New organic materials and advanced control technology have made them the most colorful.
Samsung’s QD-OLED panels offer bright and saturated colors thanks to red, green, and blue subpixels. However, their competitor, LG Display, uses white subpixels in its WOLED panels to increase brightness.
At CES 2025, Samsung Display plans to showcase a 77-inch prototype TV with the new panel.
The QD-OLED panel achieves a peak brightness of over 4,000 nits through its red, green, and blue sub-pixels. This panel will be released in 2025 and will feature advanced organic materials. It will be the brightest OLED TV panel available, approximately 30% brighter than last year’s SDC models. Samsung Display has officially made an announcement.
Samsung will unveil its groundbreaking QD-OLED panel at CES 2025. It will also appear in other models released this year, including the Samsung S95F.
In addition, Samsung plans to release its first 83-inch QD-OLED TV in 2025.
The peak brightness of the TV may not reach 4,000 nits.
Last year, Samsung Display announced that the QD-OLED panel for 2024 TVs would reach 3,000 nits. However, the Samsung S95D TV showed brightness in calibrated mode of only 1,600 nits.
History of QD-OLED
QD-OLED is a kind of hybrid of organic LEDs with quantum dots.
Confusion among potential buyers led to the appearance of a new technology with an obscure name: QD-OLED.
Samsung Display has revived its focus on OLED technology for televisions. They combined quantum dots and organic light-emitting diodes.
Thus, the company’s specialists hoped to solve most of the problems of conventional OLED.
How it Works
To understand how QD-OLED-based displays work, you’ll have to remember the structure of OLED and QLED.
OLED
The main feature of OLED matrices is the use of isolated self-luminous diodes as a backlight. Then there is a color filter and polarizer.
Each pixel has an independent brightness control. Full brightness turns off the black color, which all OLED screens are famous for.
Samsung revealed its 2025 TV lineup at CES, but the release dates for individual models are still pending.
QLED
QLED is an improved version of the conventional LCD. The main differences are the blue backlight and the quantum dot layer, which provide purer RGB colors.
When the blue light stream passes through the quantum dots, two colors, red and green, appear. The blue color comes directly from the substrate.
Using quantum dots instead of a filter has significantly increased brightness and color quality. The drawbacks include subpar black levels and insufficient contrast.
QD-OLED
QD-OLED contains elements of both technologies.
The light source is a substrate with organic LEDs emitting blue light.
A layer of quantum dots performs the formation and filtering of red and green colors, just like in QLED technology.
Advantages and Disadvantages of QD-OLED
The new type of display combines the advantages of conventional OLED with those of Quantum Dot.
- The new technology inherits deep black color and excellent viewing angles from OLED. Gamers will appreciate the impressive response rate of up to 0.1 ms and refresh rate of 120 Hz.
- Using quantum dots instead of traditional color filters has significantly increased peak brightness, enhancing high dynamic range (HDR) performance.
- Quantum Dot also provided accurate color reproduction and an extended color gamut. According to the manufacturers, the DCI-P3 cinematic color space’s coverage surpassed the hundred mark at 123%. BT.2020 coverage is over 90%.
- It was possible to arrive at a contrast ratio of 1,000,000:1 thanks to perfect black and high brightness.
Now for the disadvantages.
- The downside, likely from the triangular subpixel arrangement, is slight color distortion at contrasting edges. This disadvantage is subjective and largely depends on a particular user’s perception. Some people notice such distortions at once, while others do not see them at all.
F.A.Q.
What are the advantages of QD-OLED?
QD-OLED panels deliver the deep black color and excellent viewing angles inherited from OLED. They also feature high peak brightness (over 4000 nits in the new 2025 models), improved color reproduction, and wide color gamut (over 123% DCI-P3 and over 90% BT.2020). Fast response (down to 0.1ms) and 120Hz refresh rate make them attractive to gamers.
What are the disadvantages of QD-OLED?
A disadvantage may be a slight color distortion on contrast edges due to the triangular arrangement of subpixels. This is subjective and depends on the user's perception.
How bright are Samsung’s new 2025 QD-OLED panels?
Samsung claims a peak brightness of over 4000 nits, which is 30% more than last year's models. However, it should be noted that the claimed brightness may differ from the actual brightness in calibrated modes.
Which Samsung TVs will use the new QD-OLED panel?
The new panel will be unveiled at CES 2025 and will at least be used in Samsung's S95F model. Samsung also plans to release the first 83-inch QD-OLED TV in 2025.
